WiFi networks, widely utilized by wireless devices, have become increasingly complex and
congested environments, leading to noticeable delays, jitter, and throughput degradation for …

An increasing number of devices are connecting to the Internet via Wi-Fi networks, ranging
from mobile phones to Internet of Things (IoT) devices. Moreover, Wi-Fi technology has …

Suboptimal TCP congestion control performance over wireless 802.11 (WiFi) networks is a
well known issue. We will argue that some of these problems are difficult to overcome when …

WiFi has become the primary method to access the Internet. However, the WiFi-hop latency,
particularly in dense-WiFi environments, is far from satisfactory [1], to support delay-sensitive …

With more devices connected, delays and jitter at the WiFi hop become more prevalent, and
correct functioning during network congestion becomes more important. However, two …

This paper introduces a cross-layer implementation, named WiPoMu, that aims to improve
efficiency and resilience of the traditional WiFi model. WiPoMu is developed based on three …

How does a dense WiFi network perform, specifically for the common case of TCP
download? While the empirical answer to this question ispoor', analysis and …

Compound TCP will play a central role in future home WiFi networks supporting Internet of
Things (IoT) applications. Compound TCP was designed to be fair but can manifest …

Wi-Fi Direct has been serving a progressively wide range of applications such as device-to-
device file sharing, faceto-face interactive gaming, and wireless projection. However, when …

Wireless VoIP is becoming an increasingly important application in recent years. This fact,
coupled with the increasing interest in location based services, strongly suggest that tracking …